Ericom Blaze
RDP acceleration and compression for an efficient remote connection for VDI and Terminal
Services
Ericom Blaze Overview
When deploying a remote access solution, a user experience that matches a PC-like experience
is crucial to the success, however most RDP solutions do not meet the performance levels
required, resulting in reduced productivity, sluggish response times, difficulty viewing
images and video, and painfully slow screen updates.
Ericom Blaze is a software breakthrough in RDP compression and acceleration to create
fast usable remote connections that enhance remote user experience with 10 - 25 times faster
graphics, animations and response times along with up to 25 times reduced bandwidth consumption.
This standalone plug'n'play solution makes it possible and productive for organisations
to roll out desktop virtualisation (VDI), Terminal Services, and Thin Computing to remote/mobile
users, branch offices and private clouds quickly and cost effectively.
Through three key operations, Ericom Blaze compresses RDP by up to 98 percent to transmit
data up to 25 times faster and create a smoother, more pleasant user experience:
- Compresses data
- Packet shaping
- Unifies screen frames to display as single units
Ericom Blaze Features and Benefits
- Speeds up the delivery of graphics-rich content, e.g., browsers, Flash and other
media-rich applications over WAN/LAN
- Reduces the number of complaints related to RDP performance, including slow remote
desktop user-experience and network responsiveness
- Compatible with all remote applications accessed using RDP, including graphic-intensive
applications with rich user interfaces
- Accelerates slow connections to RDP hosts, including Terminal Services, virtual
desktops (VDI) and remote workstations/blade PCs
- Mitigates the negative effects of slow RDP sessions and high network latency by
reducing RDP bandwidth consumption by up to 25 times
Ericom Blaze is a fast, responsive and extremely efficient solution for reducing bandwidth
consumption and optimising RDP traffic across WANs and LANs.
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